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椎间孔的解剖结构。

Anatomy of the intervertebral foramen.

作者信息

Gilchrist Russel V, Slipman Curtis W, Bhagia Sarjoo M

机构信息

Penn Spine Research Group, University of Pennsylvania Health System, Department of Rehabilitation Medicine, Philadelphia, PA, USA.

出版信息

Pain Physician. 2002 Oct;5(4):372-8.

Abstract

The intervertebral foramen serves as the doorway between the spinal canal and periphery. It lies between the pedicles of neighboring vertebrae at all levels in the spine. A number of categorization schemes have been attempted to describe the boundaries of the intervertebral foramen. No uniform agreement has been made on which classification best describes this area. Studies of the nerve root canals have clearly noted variations in the angle of take-off from the thecal sac, length of the nerve root, and placement of the dorsal root ganglion from different lumbar levels. The nerve root canal receives a dual blood supply from central and peripheral sources. The dorsal root ganglion also has a dual vascular supply that aids in preventing damage to this vital foraminal structure. The presence of ligamentous structures within the foramen has been demonstrated by a number of recent studies. These ligaments serve a protective and organizational role for the neurovascular structures of the foramen. A thorough knowledge of the intervertebral foramen will allow the understanding of the pathological and degenerative changes that cause compression or injury to these foraminal structures.

摘要

椎间孔是椎管与外周之间的通道。它位于脊柱各节段相邻椎体的椎弓根之间。人们尝试了多种分类方案来描述椎间孔的边界。对于哪种分类最能描述该区域,尚未达成统一共识。对神经根通道的研究清楚地表明,不同腰椎节段的神经根从硬膜囊发出的角度、神经根的长度以及背根神经节的位置存在差异。神经根通道接受来自中央和外周的双重血液供应。背根神经节也有双重血管供应,有助于防止对这个重要的椎间结构造成损伤。最近的一些研究已经证实椎间孔内存在韧带结构。这些韧带对椎间孔的神经血管结构起到保护和组织作用。全面了解椎间孔将有助于理解导致这些椎间结构受压或损伤的病理和退行性变化。

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